Ball rise trajectory is the path that a ball takes as it is thrown or launched into the air. It is affected by factors such as the initial speed and angle of launch, gravity, and air resistance.
The speed of the ball can be calculated by using the equation: speed = distance/time. This means that the distance the ball travels in a certain amount of time is divided by that time to determine its speed.
The angle of launch can greatly affect the ball rise trajectory. A higher angle will result in a steeper trajectory, while a lower angle will result in a flatter trajectory. The angle also affects the distance the ball travels and the time it takes to reach its peak height.
The speed of the ball can be affected by various factors such as the initial force applied to the ball, air resistance, and gravity. Other factors such as the surface the ball is launched from and the air temperature can also have an impact on the speed.
The ball rise trajectory can be predicted by considering the initial speed and angle of launch, as well as the external factors such as gravity and air resistance. Using mathematical equations and calculations, the predicted trajectory can be determined. However, slight variations in these factors can affect the actual trajectory of the ball.